{-# LANGUAGE GADTs #-} {-# LANGUAGE OverloadedStrings #-} {-# LANGUAGE ScopedTypeVariables #-} -------------------------------------------------------------------------------- -- | -- Module : Test.Integration.Tests -- Copyright : (C) 2017 Yorick Laupa -- License : (see the file LICENSE) -- -- Maintainer : Yorick Laupa -- Stability : provisional -- Portability : non-portable -- -- Gathers all EventStore operations tests. -------------------------------------------------------------------------------- module Test.Integration.Tests (spec) where -------------------------------------------------------------------------------- import Control.Concurrent.Async (wait) import Data.Aeson import Data.DotNet.TimeSpan import Data.UUID hiding (null) import Data.UUID.V4 import Test.Tasty.HUnit import Test.Tasty.Hspec -------------------------------------------------------------------------------- import Database.EventStore ( SubscriptionClosed(..) , ReadResult(..) , StreamName(..) , Slice(..) , ConnectionType(..) , Connection , getStreamMetadata , sendEvent , sendEvents , setStreamMetadata , nextEvent , notifyEventsProcessed , waitConfirmation , connectToPersistentSubscription , unsubscribe , createPersistentSubscription , deletePersistentSubscription , updatePersistentSubscription , nextEventMaybe , waitUnsubscribeConfirmed , subscribeFrom , waitTillCatchup , readAllEventsBackward , readAllEventsForward , readStreamEventsBackward , readStreamEventsForward , subscribe , connect , waitTillClosed , shutdown , readEvent , startTransaction , transactionWrite , deleteStream , transactionCommit ) import Database.EventStore.Internal.Test hiding ( Connection(..) , subscribe , wait , connect , readEvent , transactionWrite , deleteStream , transactionCommit , i ) import Test.Common -------------------------------------------------------------------------------- createConnection :: IO Connection createConnection = do let setts = testSettings { s_defaultUserCredentials = Just $ credentials "admin" "changeit" , s_reconnect_delay = 3 } connect setts (Static "127.0.0.1" 1113) -------------------------------------------------------------------------------- shuttingDown :: Connection -> IO () shuttingDown conn = do shutdown conn waitTillClosed conn -------------------------------------------------------------------------------- spec :: Spec spec = beforeAll createConnection $ afterAll shuttingDown $ describe "Features" $ parallel $ do it "writes events" writeEventTest it "reads events" readEventTest it "deletes stream" deleteStreamTest it "uses transactions" transactionTest it "reads forward" readStreamEventForwardTest it "reads backward" readStreamEventBackwardTest it "reads $all forward" readAllEventsForwardTest it "reads $all backward" readAllEventsBackwardTest it "creates a volatile subscription" subscribeTest it "creates a catchup subscription" subscribeFromTest it "proves catchup subscriptions don't deadlock on non existant streams" subscribeFromNoStreamTest it "sets stream metadata" setStreamMetadataTest it "gets stream metadata" getStreamMetadataTest it "creates a persistent subscription" createPersistentTest it "updates a persistent subscription" updatePersistentTest it "deletes a persistent subscription" deletePersistentTest it "connects to a persistent subscription" connectToPersistentTest it "set MaxAge metadata correctly" maxAgeTest -------------------------------------------------------------------------------- freshStreamId :: IO StreamName freshStreamId = fmap (StreamName . toText) nextRandom -------------------------------------------------------------------------------- writeEventTest :: Connection -> IO () writeEventTest conn = do let js = object [ "baz" .= True ] evt = createEvent "foo" Nothing $ withJson js stream <- freshStreamId as <- sendEvent conn stream anyVersion evt Nothing _ <- wait as return () -------------------------------------------------------------------------------- readEventTest :: Connection -> IO () readEventTest conn = do stream <- freshStreamId let js = object [ "baz" .= True ] evt = createEvent "foo" Nothing $ withJson js as <- sendEvent conn stream anyVersion evt Nothing _ <- wait as bs <- readEvent conn stream 0 False Nothing rs <- wait bs case rs of ReadSuccess re -> case re of ReadEvent _ _ revt -> case resolvedEventDataAsJson revt of Just js_evt -> assertEqual "event should match" js js_evt Nothing -> fail "Error when retrieving recorded data" _ -> fail "Event not found" e -> fail $ "Read failure: " <> show e -------------------------------------------------------------------------------- deleteStreamTest :: Connection -> IO () deleteStreamTest conn = do stream <- freshStreamId let js = object [ "baz" .= True ] evt = createEvent "foo" Nothing $ withJson js _ <- sendEvent conn stream anyVersion evt Nothing >>= wait _ <- deleteStream conn stream anyVersion Nothing Nothing return () -------------------------------------------------------------------------------- transactionTest :: Connection -> IO () transactionTest conn = do stream <- freshStreamId let js = object [ "baz" .= True ] evt = createEvent "foo" Nothing $ withJson js t <- startTransaction conn stream anyVersion Nothing >>= wait _ <- transactionWrite t [evt] Nothing >>= wait rs <- readEvent conn stream 0 False Nothing >>= wait case rs of ReadNoStream -> return () e -> fail $ "transaction-test stream is supposed to not exist " <> show e _ <- transactionCommit t Nothing >>= wait rs2 <- readEvent conn stream 0 False Nothing >>= wait case rs2 of ReadSuccess re -> case re of ReadEvent _ _ revt -> case resolvedEventDataAsJson revt of Just js_evt -> assertEqual "event should match" js js_evt Nothing -> fail "Error when retrieving recorded data" _ -> fail "Event not found" e -> fail $ "Read failure: " <> show e -------------------------------------------------------------------------------- readStreamEventForwardTest :: Connection -> IO () readStreamEventForwardTest conn = do stream <- freshStreamId let jss = [ object [ "baz" .= True] , object [ "foo" .= False] , object [ "bar" .= True] ] evts = fmap (createEvent "foo" Nothing . withJson) jss _ <- sendEvents conn stream anyVersion evts Nothing >>= wait rs <- readStreamEventsForward conn stream 0 10 False Nothing >>= wait case rs of ReadSuccess sl -> do let jss_evts = catMaybes $ fmap resolvedEventDataAsJson $ sliceEvents sl assertEqual "Events should be equal" jss jss_evts e -> fail $ "Read failure: " <> show e -------------------------------------------------------------------------------- readStreamEventBackwardTest :: Connection -> IO () readStreamEventBackwardTest conn = do let jss = [ object [ "baz" .= True] , object [ "foo" .= False] , object [ "bar" .= True] ] evts = fmap (createEvent "foo" Nothing . withJson) jss _ <- sendEvents conn "read-backward-test" anyVersion evts Nothing >>= wait rs <- readStreamEventsBackward conn "read-backward-test" 2 10 False Nothing >>= wait case rs of ReadSuccess sl -> do let jss_evts = catMaybes $ fmap resolvedEventDataAsJson $ sliceEvents sl assertEqual "Events should be equal" (reverse jss) jss_evts e -> fail $ "Read failure: " <> show e -------------------------------------------------------------------------------- readAllEventsForwardTest :: Connection -> IO () readAllEventsForwardTest conn = do sl <- readAllEventsForward conn positionStart 3 False Nothing >>= wait assertEqual "Events is not empty" False (null $ sliceEvents sl) -------------------------------------------------------------------------------- readAllEventsBackwardTest :: Connection -> IO () readAllEventsBackwardTest conn = do sl <- readAllEventsBackward conn positionEnd 3 False Nothing >>= wait assertEqual "Events is not empty" False (null $ sliceEvents sl) -------------------------------------------------------------------------------- subscribeTest :: Connection -> IO () subscribeTest conn = do stream <- freshStreamId let jss = [ object [ "baz" .= True] , object [ "foo" .= False] , object [ "bar" .= True] ] evts = fmap (createEvent "foo" Nothing . withJson) jss sub <- subscribe conn stream False Nothing _ <- waitConfirmation sub _ <- sendEvents conn stream anyVersion evts Nothing >>= wait let loop 3 = return [] loop i = do e <- nextEvent sub fmap (resolvedEventDataAsJson e:) $ loop (i+1) nxt_js <- loop (0 :: Int) assertEqual "Events should be equal" jss (catMaybes nxt_js) unsubscribe sub let action = do _ <- nextEvent sub return False res <- catch action $ \(_ :: SubscriptionClosed) -> return True assertBool "Should have raised an exception" res -------------------------------------------------------------------------------- subscribeFromTest :: Connection -> IO () subscribeFromTest conn = do stream <- freshStreamId let jss = [ object [ "1" .= (1 :: Int)] , object [ "2" .= (2 :: Int)] , object [ "3" .= (3 :: Int)] ] jss2 = [ object [ "4" .= (4 :: Int)] , object [ "5" .= (5 :: Int)] , object [ "6" .= (6 :: Int)] ] alljss = jss <> jss2 evts = fmap (createEvent "foo" Nothing . withJson) jss evts2 = fmap (createEvent "foo" Nothing . withJson) jss2 _ <- sendEvents conn stream anyVersion evts Nothing >>= wait sub <- subscribeFrom conn stream False Nothing (Just 1) Nothing _ <- waitConfirmation sub _ <- sendEvents conn stream anyVersion evts2 Nothing >>= wait let loop [] = do m <- nextEventMaybe sub case m of Just _ -> fail "should not have more events at the point." Nothing -> return () loop (x:xs) = do evt <- nextEvent sub case recordedEventDataAsJson $ resolvedEventOriginal evt of Just e | e == x -> loop xs | otherwise -> fail "Out of order event's appeared." _ -> fail "Can't deserialized event" loop alljss unsubscribe sub waitUnsubscribeConfirmed sub let action = do _ <- nextEvent sub return False res <- catch action $ \(_ :: SubscriptionClosed) -> return True assertBool "Should have raised an exception" res -------------------------------------------------------------------------------- data SubNoStreamTest = SubNoStreamTestSuccess | SubNoStreamTestTimeout deriving (Eq, Show) -------------------------------------------------------------------------------- subscribeFromNoStreamTest :: Connection -> IO () subscribeFromNoStreamTest conn = do stream <- freshStreamId sub <- subscribeFrom conn stream False Nothing Nothing Nothing let loop [] = do m <- nextEventMaybe sub case m of Just _ -> fail "should not have more events at the point." Nothing -> return () loop (x:xs) = do evt <- nextEvent sub case recordedEventDataAsJson $ resolvedEventOriginal evt of Just e | e == x -> loop xs | otherwise -> fail "Out of order event's appeared." _ -> fail "Can't deserialized event" subAction = do waitTillCatchup sub let jss = [ object [ "1" .= (1 :: Int)] , object [ "2" .= (2 :: Int)] , object [ "3" .= (3 :: Int)] ] evts = fmap (createEvent "foo" Nothing . withJson) jss _ <- sendEvents conn stream anyVersion evts Nothing >>= wait loop jss return SubNoStreamTestSuccess timeout = do threadDelay (12 * secs) return SubNoStreamTestTimeout res <- race subAction timeout case res of Left r -> assertEqual "Wrong test result" SubNoStreamTestSuccess r Right r -> assertEqual "Wrong test result" SubNoStreamTestSuccess r -------------------------------------------------------------------------------- setStreamMetadataTest :: Connection -> IO () setStreamMetadataTest conn = do stream <- freshStreamId let metadata = buildStreamMetadata $ setCustomProperty "foo" (1 :: Int) _ <- setStreamMetadata conn stream anyVersion metadata Nothing >>= wait return () -------------------------------------------------------------------------------- getStreamMetadataTest :: Connection -> IO () getStreamMetadataTest conn = do stream <- freshStreamId let metadata = buildStreamMetadata $ setCustomProperty "foo" (1 :: Int) _ <- setStreamMetadata conn stream anyVersion metadata Nothing >>= wait r <- getStreamMetadata conn stream Nothing >>= wait case r of StreamMetadataResult _ _ m -> case getCustomProperty m "foo" of Just i -> assertEqual "Should have equal value" (1 :: Int) i _ -> fail "Can't find foo property" _ -> fail $ "Stream " <> show stream <> " doesn't exist" -------------------------------------------------------------------------------- createPersistentTest :: Connection -> IO () createPersistentTest conn = do let def = defaultPersistentSubscriptionSettings stream <- freshStreamId r <- createPersistentSubscription conn "group" stream def Nothing >>= wait case r of Nothing -> return () Just e -> fail $ "Exception arised: " <> show e -------------------------------------------------------------------------------- updatePersistentTest :: Connection -> IO () updatePersistentTest conn = do let def = defaultPersistentSubscriptionSettings stream <- freshStreamId _ <- createPersistentSubscription conn "group" stream def Nothing >>= wait r <- updatePersistentSubscription conn "group" stream def Nothing >>= wait case r of Nothing -> return () Just e -> fail $ "Exception arised: " <> show e -------------------------------------------------------------------------------- deletePersistentTest :: Connection -> IO () deletePersistentTest conn = do let def = defaultPersistentSubscriptionSettings stream <- freshStreamId _ <- createPersistentSubscription conn "group" stream def Nothing >>= wait r <- deletePersistentSubscription conn "group" stream Nothing >>= wait case r of Nothing -> return () Just e -> fail $ "Exception arised: " <> show e -------------------------------------------------------------------------------- connectToPersistentTest :: Connection -> IO () connectToPersistentTest conn = do let def = defaultPersistentSubscriptionSettings js1 = object ["baz" .= True] js2 = object ["foo" .= True] jss = [ js1 , js2 ] evts = fmap (createEvent "foo" Nothing . withJson) jss stream <- freshStreamId _ <- createPersistentSubscription conn "group" stream def Nothing >>= wait _ <- sendEvents conn stream anyVersion evts Nothing >>= wait sub <- connectToPersistentSubscription conn "group" stream 1 Nothing _ <- waitConfirmation sub r <- nextEvent sub case resolvedEventDataAsJson r of Just js_evt -> assertEqual "event 1 should match" js1 js_evt _ -> fail "Deserialization error" notifyEventsProcessed sub [resolvedEventOriginalId r] r2 <- nextEvent sub case resolvedEventDataAsJson r2 of Just js_evt -> assertEqual "event 2 should match" js2 js_evt _ -> fail "Deserialization error" notifyEventsProcessed sub [resolvedEventOriginalId r2] unsubscribe sub let action = do _ <- nextEvent sub return False res <- catch action $ \(_ :: SubscriptionClosed) -> return True assertBool "Should have raised an exception" res -------------------------------------------------------------------------------- maxAgeTest :: Connection -> IO () maxAgeTest conn = do let timespan = fromDays 1 metadata = buildStreamMetadata $ setMaxAge timespan evt = createEvent "foo" Nothing $ withJson (object ["type" .= (3 :: Int)]) stream <- freshStreamId _ <- sendEvent conn stream anyVersion evt Nothing >>= wait _ <- setStreamMetadata conn stream anyVersion metadata Nothing >>= wait r <- getStreamMetadata conn stream Nothing >>= wait case r of StreamMetadataResult _ _ m -> assertEqual "Should have equal timespan" (Just timespan) (streamMetadataMaxAge m) _ -> fail $ "Stream " <> show stream <> " doesn't exist"